ShoutB
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Your estimation of ballistic coefficient is incorrect.
this is not my estimation but experimental
ß for MIRVd warheads is 1000 -5000
1. The missile didn't even travel to 2200km. In this test, it flew a mere 1100km.
if it flew for 1100km this means the war heads were released when the missile was already 700km in down range and altitude close to 150kms. This means there was no bus hence not MIRVd.
For this trajectory which would be extremely steep close to 55-60 degrees ( re entry angle) value of ballistic coefficient would be more than 5000 to reach 1100km. And the time taken would be 1-2 mins. And second warhead would not be present because then the bus would have crossed limit for releasing the warhead to reach 1100km down range but if now released it will fall 1500km. But due to earth gravitation, the MIRV has to slower it's speed for de orbiting which did not happen and no warhead hit 2200km as per your claim.
PBV begins course adjustments as soon as boost-phase ends. Immediately after that, it executes pitch maneuvers and begins injecting the RVs in their respective sub-orbital trajectories. This happens BEFORE the PBV reaches apogee, not after reaching 'hostile space'.
for India it will be already in hostile environment dude lol